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In High-Performance Computing (HPC) systems, the design of the interconnection network is crucial. Indeed, the network topology, the switch architecture and the routing scheme determine the network performance and ultimately the system one. As the number of endnodes in HPC systems grows, and the supported applications become increasingly demanding for communication, the use of techniques to deal with...
High-Performance Computing (HPC) systems and Datacenters are growing in size to meet the performance required by the applications. This makes the interconnection network a central element in these systems, which must provide high-communication bandwidth and low latency. One of the most important aspects in the design of interconnection networks is their topology. In that sense, the Dragonfly topology...
This paper presents a heuristic method to solve the network reconfiguration problem in the presence of distributed generation (DG) in order to minimize energy losses and improve the performance indexes in distribution system. Topological reconfiguration corresponds to an important tool for planning and operation of electric power distribution systems. Considering the distribution operation planning,...
Topological reconfiguration corresponds to an important tool for planning and operation of electric power distribution systems. Considering the distribution operation planning, how much time one algorithm gets an alternative topological status for the system is not a matter of importance, since the main objective assumed involves: power losses reduction, enhancing the voltage profile and increasing...
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